Course Description:

Siemens NX CAD is a popular course that is used for mechanical production design and manufacturing. This course provides a detailed exploration of Siemens NX CAD, a leading integrated solution for CAD. NX CAD is known for its powerful capabilities in product design and engineering. The program covers the comprehensive functionalists of NX CAD, from basic 3D modelling to advanced modelling. Candidates will gain the skills necessary to use NX CAD for designing, optimizing, and validating complex mechanical systems.

Course Objectives:

To provide thorough training in the use of Siemens NX CAD for mechanical design.

To develop proficiency in 3D modeling, assembly creation, and detailed documentation.

To introduce simulation tools within NX CAD for analyzing and optimizing mechanical designs.

To prepare students for practical applications of NX CAD in various engineering sectors.

Introduction to NX CAD • Overview of Siemens NX CAD interface and capabilities • Project setup and file management in NX • Basic sketching and 3D part modeling fundamentals • Customizing the NX environment and toolbars
Advanced Part Modeling • In-depth 3D part modeling techniques • Using advanced features: sweeps, lofts, and blends • Parametric design and feature-based modeling • Managing part configurations and design variations
Assembly Design and Management • Creating and managing complex assemblies in NX • Applying assembly constraints and relations • Advanced assembly tools: interference checking, motion analysis • Working with large assemblies efficiently
Detailed Drawing and Documentation • Generating detailed 2D drawings from 3D models • Adding dimensions, annotations, and tolerances in NX • Creating drawing templates and adhering to industry standards
Surface and Sheet Metal Design • Introduction to surface modeling in NX CAD • Creating and manipulating complex surface geometries • Basics of sheet metal design: bends, flanges, and cuts
Final Project and Review • Capstone project: Complete a detailed mechanical design and analysis • Project presentation and peer review • Course wrap-up, feedback, and Q&A
Assessment Methods: • Weekly quizzes and hands-on assignments. • Mid-term practical project evaluation. • Final capstone project presentation and documentation.

Learning Outcomes:

By the end of this course, students will be able to:

Navigate the NX CAD interface and utilize its extensive design and engineering tools.

Create, modify, and manage detailed 3D models and complex assemblies.

Generate professional technical drawings and documentation from 3D models.

Apply NX CAD’s tools for surface modeling, sheet metal design, and advanced features.

Integrate NX CAD workflows into broader engineering projects and collaborate effectively.